CN209916302U - Cervical vertebra rehabilitation apparatus - Google Patents

Abstract

The utility model discloses a cervical vertebra rehabilitation apparatus, including rear portion main part and both sides arm, the one end of both sides arm is fixed in the both ends of rear portion main part respectively, still including the two leading arms that are fixed in the both sides arm other end respectively, the relative side arm of leading arm is buckled and downwardly extending. The front end of the side arm is additionally provided with the front arm extending downwards, so that the center of gravity of the whole cervical vertebra rehabilitation instrument can be shifted forwards, and the center of gravity of the cervical vertebra rehabilitation instrument is not positioned at the rear part any more when in use, so that the cervical vertebra rehabilitation instrument is not easily influenced by self weight and can be shifted backwards. Meanwhile, when in use, the two front arms can be positioned in front of the body and are firmly grabbed on the human body by the friction force generated by the contact with the body, thereby providing an additional positioning function for the cervical vertebra rehabilitation instrument. In conclusion, the cervical vertebra rehabilitation instrument is more stable in position when in use, cannot move backwards, and is more beneficial to being attached to the back neck of a human body, so that the cervical vertebra rehabilitation instrument can exert the health care functions of relaxing the cervical vertebra and relieving fatigue to the maximum extent.

Description

Cervical vertebra rehabilitation apparatus

Technical Field

The utility model relates to a cervical vertebra rehabilitation apparatus technical field especially relates to a more paste and lean on cervical vertebra rehabilitation apparatus in back neck.

Background

The U-shaped pillow is also called a travel pillow and a leisure pillow, is a cervical vertebra rehabilitation instrument designed according to neck engineering, is generally in a U-shaped and C-shaped structure, can provide the most average, soft and real support for the head and neck, can provide the natural stretching state of the head and the neck of a human body, avoids the pain of the neck and the shoulder caused by long-time sitting or sleeping for a short time, is healthy and comfortable, has obvious prevention and treatment effects on cervical vertebra diseases, and is popular among office workers who are inconvenient to lie flat and have afternoon sleep or people who need to travel out for a long time.

Although the design purpose of the cervical vertebra rehabilitation instrument is very clear, the effect in the actual use process is not always as expected. The cervical vertebra rehabilitation apparatus of U-shaped, C shape structure only encircles in the both sides of human neck, press from both sides tightly and lead to neck blood circulation to be obstructed for preventing excessively, the cervical vertebra rehabilitation apparatus need be comparatively loose on size design, and the focus of cervical vertebra rehabilitation apparatus self is at the rear portion, consequently the cervical vertebra rehabilitation apparatus probably receives the dead weight influence and shifts backward when just having leaded to the use, the cervical vertebra rehabilitation apparatus after shifting no longer pastes and leans on in the neck rear, and then just caused the problem of discounting greatly for the effect of cervical vertebra decompression force.

In order to solve the above problems, there is a need to provide a cervical vertebra rehabilitation apparatus which is more attached to the back neck.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a cervical vertebra rehabilitation apparatus that leans on more in back neck.

In order to realize the above-mentioned purpose, the utility model provides a cervical vertebra rehabilitation apparatus, including rear portion main part and both sides arm, two the one end of side arm is fixed in respectively the both ends of rear portion main part are still including being fixed in two respectively two leading arms of the side arm other end, leading arm is relative the side arm is buckled and downwardly extending, rear portion main part, two side arm and two leading arm is the integrated into one piece structure, cervical vertebra rehabilitation apparatus is the hollow structure that flexible material made, the inside intercommunication of rear portion main part, side arm and leading arm, be equipped with one on side arm or the leading arm and fill aerating device.

Compared with the prior art, the utility model discloses cervical vertebra rehabilitation apparatus has increased downwardly extending's leading arm at the front end of side arm, can make whole cervical vertebra rehabilitation apparatus's focus offset forward, and cervical vertebra rehabilitation apparatus's focus no longer is located the rear portion when using, consequently also is difficult to receive the dead weight influence and shifts backward. Meanwhile, when in use, the two front arms can be positioned in front of the body and are firmly grabbed on the human body by the friction force generated by the contact with the body, thereby providing an additional positioning function for the cervical vertebra rehabilitation instrument. In conclusion, the cervical vertebra rehabilitation instrument is more stable in position when in use, cannot move backwards, and is more beneficial to being attached to the back neck of a human body, so that the cervical vertebra rehabilitation instrument can exert the health care functions of relaxing the cervical vertebra and relieving fatigue to the maximum extent. The rear main body, the side arms and the front arm are integrally formed, so that the structural integrity of the cervical vertebra rehabilitation instrument can be ensured, the production process is simpler, and the assembly is not needed. The cervical vertebra rehabilitation instrument is made of flexible materials, and the side arm or the front arm is provided with the air inflation and deflation device, so that the cervical vertebra rehabilitation instrument can be deflated through the air inflation and deflation device when the cervical vertebra rehabilitation instrument is not needed to be used, and then the cervical vertebra rehabilitation instrument can be compressed and folded to reduce the volume of the cervical vertebra rehabilitation instrument to the maximum extent, so that the cervical vertebra rehabilitation instrument is convenient to store and carry. When the cervical vertebra rehabilitation instrument needs to be used, the cervical vertebra rehabilitation instrument is inflated through the inflation and deflation device, so that the rear main body, the side arms and the front arm are inflated until the cervical vertebra rehabilitation instrument is in a full state.

Preferably, the length of the leading arm is greater than the length of the side arm. The length of the front arm is longer than that of the side arm, so that the front part of the cervical vertebra rehabilitation instrument is relatively heavier, and the center of gravity can move forwards.

Preferably, an arm supporting part is further arranged at the lower end of the front arm. The existing cervical vertebra rehabilitation instruments only can achieve the effect of relaxing the neck, but people often can read books, use mobile phones and other activities when using the cervical vertebra rehabilitation instruments, and arms need to be kept in a suspended state for a long time to hold books and mobile phones at positions where people can watch when people do the activities, so that discomfort such as soreness and the like of the arms of people can be caused. And through setting up the arm supporting part in this scheme, can provide the support position for the arm, the arm is placed on it and need not unsettledly, is favorable to alleviateing the arm burden, can show uncomfortable feelings such as reduction aching pain. Meanwhile, the distance between the book or the mobile phone and the eyes can be limited through the position of the arm supporting part, and the phenomenon that the distance is too close to cause overweight eye burden due to incorrect posture is prevented.

Specifically, the arm supporting part is in a hook shape which is bent relative to the front arm and the tail end of the arm supporting part is tilted upwards. The hook-shaped arm supporting part can define a relatively closed area, and the arm is placed in the relatively closed area and is less prone to sliding.

More specifically, the arm supporting parts are bent at the tail ends of the front arms in the direction away from the other front arm, and the two arm supporting parts are located in the same plane.

Preferably, the rear main body is provided with a head and neck support portion protruding upward relative to the rear main body. The head and neck support part is used for supporting the neck, the head of a user does not need to lean backwards excessively, the pressure of the cervical vertebra can be reduced more remarkably, and the health care effect is improved.

Specifically, the middle position of the head and neck support part is concave relative to the two ends of the head and neck support part. The head and neck supporting parts with the structures that the two ends are convex and the middle is concave are more fit with the shape of the head and neck, so that the use experience is more comfortable.

Preferably, the rear body is provided with a neck and shoulder support portion projecting downward relative to the rear body. The neck and shoulder supporting part is leaned on the junction of the back neck and the shoulders of a person when in use, so that the upper part of the back and the shoulders of the person can be buffered and supported besides the cervical vertebra of the person is relaxed, and the discomfort of the shoulder and the back is reduced.

Drawings

Fig. 1 is a perspective view of the cervical vertebra rehabilitation apparatus of the present invention.

Fig. 2 is a side view of a cervical spine rehabilitation apparatus.

Fig. 3 is a plan view of the cervical spine rehabilitation apparatus showing the back side.

Fig. 4 is a plan view of a cervical spine rehabilitation apparatus in another embodiment.

Detailed Description

The preferred embodiments of the present invention will be described below with reference to the accompanying drawings.

Referring to fig. 1 to 3, the utility model discloses a cervical vertebra rehabilitation device 1, including rear portion main part 11 and both sides arm 12, the one end of both sides arm 12 is fixed in the both ends of rear portion main part 11 respectively, and the U-shaped structure that both sides arm 12 and rear portion main part 11 constitute is similar with current U type pillow, in addition, this cervical vertebra rehabilitation device 1 is still including two leading arms 10, and the other end at both sides arm 12 is fixed respectively to two leading arms 10, and the relative side arm 12 of leading arm 10 buckles and downwardly extending. When in use, the cervical vertebra rehabilitation apparatus 1 is sleeved on a neck, the rear main body 11 is positioned at the rear of the neck of a human body, the two side arms 12 are respectively positioned at the left side and the right side of the neck and are straight or inclined downwards, and the two front arms 10 extend downwards in front of the trunk of the human body and can be directly attached to the trunk. The length of the front arm 10 is greater than that of the side arm 12 in this embodiment, so as to facilitate the weight of the cervical vertebra rehabilitation apparatus 1 to be concentrated forward and make the center of gravity thereof to be forward. However, the long and short relationship between the front arm 10 and the side arm 12 is not limited to this, and the center of gravity may be changed by providing a weight or the like.

The lower ends of the two front arms 10 are provided with arm supporting parts 13 for placing arms, the arm supporting parts 13 are bent relative to the front arms 10, so that a position capable of bearing the arms is formed on the arm supporting parts 13, specifically, the arm supporting parts 13 are bent on the front arms 10 in a direction away from the other front arm 10, namely, the arm supporting parts 13 on the two front arms 10 are formed by bending outwards, so that the positions of the arms are closer to the positions of the human arms, and the arms can be conveniently placed on the arm supporting parts. The existing cervical vertebra rehabilitation instruments only can achieve the effect of relaxing the neck, but people often can read books, use mobile phones and other activities when using the cervical vertebra rehabilitation instruments, and arms need to be kept in a suspended state for a long time to hold books and mobile phones at positions where people can watch when people do the activities, so that discomfort such as soreness and the like of the arms of people can be caused. And through setting up arm supporting part 13 in this scheme, can provide the support position for the arm, the arm is placed on it and need not unsettledly, is favorable to alleviateing the arm burden, can show to reduce uncomfortable feelings such as aching pain. Meanwhile, the distance between the book or the mobile phone and the eyes can be limited by the position of the arm supporting part 13, and the phenomenon that the distance is too close to cause the over-burden of the eyes due to incorrect posture is prevented.

The arm rest 13 may extend substantially perpendicular to the front arm 10 and form a structure close to "L" with the front arm 10, but this structure has a limited effect on positioning the arm, and therefore, in the present embodiment, the arm rest 13 is in the shape of a hook with its end tilted upward, more specifically, a circular hook with a curvature. The hook-shaped arm support 13 can define an accommodating space 131 with an upward opening, and the arm support 13 is less likely to slip off when an arm is put in.

As can be seen from the side view of fig. 2, the front arm 10 is bent at an angle relative to the side arm 12, and this bending is intended to bring the front arm 10 closer to the body of the person. Further, since the arm supporting portions 13 and the front arms 10 are located in the same plane, the placing positions, postures and angles of both hands of the person are the same, and discomfort due to asymmetry in the left and right directions is not caused.

The arm support 13 in this embodiment is a hook, but in other embodiments, the arm support may have other structures, for example, two holes may be formed at the lower end of the front arm 10, and the front arm may also support a human hand after the human hand passes through the holes. Alternatively, two loops may be tied to the distal end of the forearm 10, the arm being passed through the loops and supported thereon. In short, the arm supporting portion 13 only needs to be able to provide the arm with the supporting function, and the actual structure thereof is not limited by the embodiment.

The arm supporting part 13 is known to be provided for taking care of comfort when a sedentary person reads a book or uses a mobile phone, and therefore, further, a connecting structure may be added between the two front arms 10, and a pocket of a corresponding size may be provided on the connecting structure, so that a book or a mobile phone may be inserted into the pocket for viewing, and the palm and fingers are further liberated, which makes the mobile phone comfortable.

The arm support 13, the front arm 10, the side arms 12, and the rear body 11 are substantially integrally formed, and are divided into three parts according to their functions. The cervical vertebra rehabilitation apparatus 1 in this embodiment is a hollow structure made of a flexible material, and the interior is closed with respect to the outside and can be inflated. The arm supporting part 13, the front arm 10, the side arms 12 and the rear body 11 are communicated, an inflation and deflation device 16 is arranged on the front arm 10 near the position connected with the side arms 12, the cervical vertebra rehabilitation apparatus 1 can be inflated by the inflation and deflation device 16 to be kept in an inflated and full usable state, or the cervical vertebra rehabilitation apparatus 1 can be folded into a shape with a small volume by discharging air, so that the cervical vertebra rehabilitation apparatus is convenient to carry. The inflation and deflation device 16 specifically comprises an air bag and a valve body, the air bag is connected with the valve body, the valve body is communicated with the inside and the outside of the cervical vertebra rehabilitation apparatus 1, and a cover capable of sealing the valve body is arranged on the valve body. After the cover is opened, the air bag is repeatedly pinched to fill the external air into the cervical vertebra rehabilitation apparatus 1, and the cover is kept in a closed state to prevent air leakage in a normal use state. When the air needs to be discharged, the cover is taken down, and then the valve in the valve body is pressed by fingers, so that the inside and the outside of the cervical vertebra rehabilitation apparatus 1 are communicated, and the air is leaked. The specific structure and inflation and deflation principle of the air bag and the valve body are the prior art and will not be described in detail herein. As shown in fig. 4, the number of the inflation/deflation devices 16 may be two, and the two inflation/deflation devices 16 are respectively arranged on the two front arms 10, so that the two inflation/deflation devices 16 can be operated simultaneously, which is beneficial to improving the inflation/deflation efficiency. Besides the manually operated inflation and deflation device, the cervical vertebra rehabilitation apparatus 1 can also be provided with an automatic inflation and deflation device which needs a power supply.

In other embodiments, the cervical vertebra rehabilitation apparatus 1 may also be a solid structure filled with cotton or other materials.

Preferably, a neck and neck support portion 14 protruding upward relative to the posterior body 11 and a neck and shoulder support portion 15 protruding downward relative to the posterior body 11 are further disposed on the posterior body 11, the neck and neck support portion 14 and the neck and shoulder support portion 15 are respectively located at two sides of the posterior body 11 that are away from each other, and protruding directions of the neck and shoulder support portions and the neck and shoulder support portion 15 are both substantially perpendicular to an extending direction of the side arms 12, so that a certain included angle is also formed between the neck and shoulder support portion 15 and the front arm 10, thereby ensuring that the neck and shoulder support portions and the front arm 10 respectively abut against different parts. Specifically, when the head and shoulder support 14 is used, the head and shoulder support 15 is padded at the junction between the lower part of the neck and the middle of the shoulder of a person, the head and neck support 14 can be leaned on the head and neck support, specifically, the middle position of the upper end of the head and neck support 14 is concave relative to the two ends of the head and neck support, so that the head and neck support is more favorably attached to the head and neck of the person, and the head and neck support 14 is in a triangular structure with a large lower part and a small upper part when viewed from the side. By providing the head and neck support portion 14 and the neck and shoulder support portion 15 on the rear body 11, the comfort when using the cervical spine rehabilitation apparatus 1 can be further improved. The neck and shoulder support 15 and the neck and neck support 14 may be hollow structures communicating with the posterior body 11, and may be inflatable or deflatable and foldable.

In addition, a functional component is also installed in the rear body 11, and the functional component can comprise a massage head, an electromagnetic pulse head, a heating element, an infrared generator and the like, so that the effects of massaging and physiotherapy for the head, neck, shoulders and neck can be realized. These functional components may be located within the rear body 11 and extend into one or both of the neck and shoulder supports 14, 15.

Compared with the prior art, the utility model discloses cervical vertebra rehabilitation apparatus 1 has increased downwardly extending's leading arm 10 at the front end of side arm 12, can make the focus of whole cervical vertebra rehabilitation apparatus 1 skew forward, and the focus of cervical vertebra rehabilitation apparatus 1 no longer is located the rear portion when using, consequently also is difficult to receive the dead weight influence and shift backward. Meanwhile, when in use, the two front arms 10 can be positioned in front of the body and firmly fixed on the human body by the friction force generated by the contact with the body, thereby providing an additional positioning function for the cervical vertebra rehabilitation apparatus 1. In conclusion, the cervical vertebra rehabilitation apparatus 1 is more stable in position when in use, cannot move backwards, and is more beneficial to being attached to the back neck of a human body, so that the cervical vertebra rehabilitation apparatus 1 can exert the health care functions of relaxing the cervical vertebra and relieving fatigue to the maximum extent.

It should be noted that the "cervical vertebra rehabilitation apparatus" claimed by the present scheme is not limited to the commercially available finished pillows, and for the pillow core without the shell and the cover cloth, no matter the pillow core is filled with cotton or the pillow core is inflated, because the pillow core has the same structure as the present scheme, the protection scope of the present scheme should also be included.

Claims (8)

1. The utility model provides a cervical vertebra rehabilitation apparatus, includes rear portion main part and both sides arm, two the one end of side arm is fixed in respectively the both ends of rear portion main part, its characterized in that: the cervical vertebra rehabilitation device is characterized by further comprising two front arms fixed at the other ends of the two side arms respectively, the front arms are bent relative to the side arms and extend downwards, the rear main body, the two side arms and the two front arms are of an integrally formed structure, the cervical vertebra rehabilitation device is of a hollow structure made of flexible materials, the interiors of the rear main body, the side arms and the front arms are communicated, and an air inflation and deflation device is arranged on the side arms or the front arms.

2. The cervical spine rehabilitation apparatus according to claim 1, wherein: the length of the front arm is larger than that of the side arm.

3. The cervical spine rehabilitation apparatus according to claim 1, wherein: the lower end of the front arm is also provided with an arm supporting part.

4. The cervical spine rehabilitation apparatus according to claim 3, wherein: the arm supporting part is in a hook shape which is bent relative to the front arm and the tail end of the arm supporting part is tilted upwards.

5. The cervical spine rehabilitation apparatus according to claim 4, wherein: the arm supporting parts are bent at the tail ends of the front arms in the direction away from the other front arm, and the two arm supporting parts are located in the same plane.

6. The cervical spine rehabilitation apparatus according to claim 1, wherein: the rear main body is provided with a head and neck support part which is convex upwards relative to the rear main body.

7. The cervical spine rehabilitation apparatus of claim 6, wherein: the middle position of the head and neck supporting part is concave relative to the two ends of the head and neck supporting part.

8. The cervical spine rehabilitation apparatus according to claim 1, wherein: the rear body is provided with a neck and shoulder support part which protrudes downwards relative to the rear body.

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